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arXiv 1706.06186math.DG
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真嵌入极小圆盘序列的极限行为

Limiting behavior of sequences of properly embedded minimal disks

David Hoffman, Brian White

AI总结:

本文发展极小 θ-图与极限层叠理论,分析极限叶及曲率爆破集,证明无曲率爆破时悬链面族仍可作为嵌入极小圆盘序列的极限叶,并据此构造双曲空间中非真嵌入的完备单连通极小曲面。

摘要:

我们建立了“极小 θ-图”理论,并刻画此类曲面的极限层叠行为,包括理解其极限叶和曲率爆破集。借此我们证明,即使不存在曲率爆破,也可将欧氏空间中的悬链面族实现为嵌入极小圆盘序列的极限叶。我们的方法适用于更一般的 Riemann 背景,包括双曲空间。这使我们能够证明双曲空间中存在一个完备、单连通但并非真嵌入的极小曲面。

英文摘要:

We develop a theory of "minimal $θ$-graphs" and characterize the behavior of limit laminations of such surfaces, including an understanding of their limit leaves and their curvature blow-up sets. We use this to prove that it is possible to realize families of catenoids in euclidean space as limit leaves of sequences of embedded minimal disks, even when there is no curvature blow-up. Our methods work in a more general Riemannian setting, including hyperbolic space. This allows us to establish the existence of a complete, simply connected, minimal surface in hyperbolic space that is not properly embedded.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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